Code tool

Wind Power Formula Calculator

Calculate instantaneous power from user-supplied air density, area, speed and coefficient.

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Enter all values in the stated units.

P=½ρAV³Cp in watts. ρ>0 in kg/m³, A>0 in m², V≥0 in m/s, 0≤Cp≤1. The uniform steady-flow model uses your coefficient; it includes no weather distribution, turbine curve, electrical losses or time integration. It does not forecast generation or energy yield.

A QUICK WALKTHROUGH

How to use this tool

  1. Enter all values in the stated units.
  2. P=½ρAV³Cp in watts. ρ>0 in kg/m³, A>0 in m², V≥0 in m/s, 0≤Cp≤1. The uniform steady-flow model uses your coefficient; it includes no weather distribution, turbine curve, electrical losses or time integration. It does not forecast generation or energy yield.
  3. Calculate

Formula and assumptions

P=½ρAV³Cp in watts. ρ>0 in kg/m³, A>0 in m², V≥0 in m/s, 0≤Cp≤1. The uniform steady-flow model uses your coefficient; it includes no weather distribution, turbine curve, electrical losses or time integration. It does not forecast generation or energy yield.

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GOOD TO KNOW

Common questions

How is the result calculated?

P=½ρAV³Cp in watts. ρ>0 in kg/m³, A>0 in m², V≥0 in m/s, 0≤Cp≤1. The uniform steady-flow model uses your coefficient; it includes no weather distribution, turbine curve, electrical losses or time integration. It does not forecast generation or energy yield.